ABB CoriolisMaster FCM2000, Руководство по эксплуатации

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Appendix
124 CoriolisMaster FCM2000 D184B111U02
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11.3 Overview of setting parameters and technical design
Measuring point: TAG no.:
Flowmeter model: Converter Type:
Order no.: Order no.:
Measured medium temp.: Power supply:
HART Descriptor: System zero point:
Instrument No.
Parameter Setting range Parameter Setting range
Prog. Protection
code: ................ 0 ... 250 (0 = factory
specification)
Display line 1: ................
Language: ................ German, English
Flow direction: ................ Supply/Return, forward
Unit Q
m
: ................ g/s, g/min, g/h, kg/s, kg/min,
kg/h, kg/d, t/min, t/h, t/d, lb/s,
lb/min, lb/h, lb/d, abcd/s,
abcd/min, abc/h, abc/d
Q
m
, Q
v
, Q [%], Q [bar graph],
temperature, density, totalizer
mass
→ F totalizer mass ← R,
totalizer mass, totalizer vol. →
F, totalizer vol. ← R, totalizer
volume, pipe frequency, driver
current, blank line, sensor ampl.
A, B, TAG Number
Display line 2: ................ see 1st display line
Multiplex line 1: ................ see 1st display line
Multiplex line 2: ................ see 1st display line
Output Q
max
pulse:
................ Mass / Volume
Unit Q
v
: ................ l/s, l/min, l/h, m 3 /s, m 3 /min,
m 3 /h, m 3 /d, ft 3 /s, ft 3 /min, ft 3 /h,
ft 3 /d, ugl/s, ugl/min, ugl/h,
mgl/d, igl/s, igl/min, igl/h, igl/d,
bbl/s, bbl/min, bbl/h, bbl/d,
abc/s, abc/min, abc/h, abc/d
Pulse factor: ................ 0.0001 ... 1000 pulse/unit
Output for current output
1: ................ Q
m
, Q
v
, density, temperature Unit Density: ................ g/ml, g/l, g/cm 3 , kg/l, kg/m 3 ,
lb/ft 3 , lb/ugl
Volume flow
Unit Mass Totalizer: ................ g, kg, t, lb, abc at 100%: ................ 0,1 ... 1000000
Density at 0 %: ................ 0,1 ... 1000000 Unit Volume
Totalizer: ................ l, m 3 , ft 3 , ugl, igl, bbl, abc
Density at 100 %: ................ 0,1 ... 1000000
Temp. at 0 %: ................ -50 ... 190 °C Unit name prog.
mass unit: ................ 3 ASCII
Temp. at 100 %: ................ -50 ... 190 °C
Type of current output: ................ 0 ... 20 mA or 4 ... 20 mA Unit factor prog.
mass unit: ................
I
out
with alarm: ................ Low/High
Low Alarm I1: ................ 2 ... 3.6 mA Unit name prog.
volume unit: ................ 3 ASCII
High Alarm I1: ................ 21 ... 26 mA
Output for current output
2: ................ Q
m
, Q
v
, density, temperature Unit factor prog.
volume unit: ................
Volume flow
Unit Temperature: ................ °C, K, °F at 100%: ................ 0,1 ... 1000000
Q
m, max
: ................ 0.01 ... 1.0 Q
m,max,DN
Density at 0 %: ................ 0,1 ... 1000000
Damping: ................ 1 ... 100 s Density at 100 %: ................ 0,1 ... 1000000
Low cut-off setting: ................ 0 ... 10 % Temp. at 0 %: ................ -50 ... 190 °C
Min-Alarm Mass: ................ 0 ... 105 % Temp. at 100 %: ................ -50 ... 190 °C
Max-Alarm Mass: ................ 0 ... 105 % Type of current output: ................ 0 ... 20 mA or 4 ... 20 mA
Min-Alarm Density: ................ 0.5 ... 3.5 kg/l I
out
with alarm: ................ Low/High
Max-Alarm Density: ................ 0.5 ... 3.5 kg/l Low Alarm I2: ................ 2 ... 3,6 mA
Min-Alarm Temp.: ................ -50°... 180°C High Alarm I2: ................ 21 ... 26 mA
Max-Alarm Temp.: ................ -50°... 180°C Contact input: ................ no function, ext. output
Peak detector: ................ ON/OFF switch off, totalizer reset
Max. hold time: ................ 0 ... 300 s Contact output: ................ Max-Min alarm, general
Density limit: ................ 0.5 ... 3.5 kg/l alarm, F/R-Signal
Communication HART: ................ HART, off
HART Instrument
Address:
................ 0 ... 15
Contact input/output: ˆ Yes ˆ No
Communication: ˆ HART protocol ˆ No
Pulse output: ˆ Active ˆ Passive
Limit alarm ˆ Yes ˆ No
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